Matches in SemOpenAlex for { <https://semopenalex.org/work/W4311989906> ?p ?o ?g. }
- W4311989906 endingPage "100099" @default.
- W4311989906 startingPage "100099" @default.
- W4311989906 abstract "In this study, we performed first-principles calculations to determine the effects of four metallic solutes (Y, Zr, Mg, and Zn) on the hydrogen embrittlement (HE) of aluminum alloys with the Σ5(210) grain boundary (GB). The segregation energy, associated segregation concentration, and binding energy of these solutes were examined to identify their states. Moreover, the ability of the aforementioned solutes to inhibit or promote HE in the aforementioned alloys through GB energy, free surface energy, and adhesion was investigated. The Griffith and Rice–Wang–Scheiber models were used to determine the effect of nonequilibrium concentration on adhesion. Tensile tests were performed using the uniaxial strain loading method to determine the ultimate tensile strength and GB elongation of the considered alloys. The mechanism of HE inhibition by the four solutes was investigated by examining the charge density, Bader charge, and crystal orbital Hamiltonian population of the alloys. Finally, the calculation results of this study were validated through experiments." @default.
- W4311989906 created "2023-01-03" @default.
- W4311989906 creator A5004289942 @default.
- W4311989906 creator A5023767789 @default.
- W4311989906 creator A5075523709 @default.
- W4311989906 creator A5088214603 @default.
- W4311989906 date "2023-04-01" @default.
- W4311989906 modified "2023-10-02" @default.
- W4311989906 title "Elemental segregation inhibits hydrogen embrittlement in aluminium alloys" @default.
- W4311989906 cites W1964690210 @default.
- W4311989906 cites W1965215302 @default.
- W4311989906 cites W1968927688 @default.
- W4311989906 cites W1969700073 @default.
- W4311989906 cites W1980793789 @default.
- W4311989906 cites W1984479601 @default.
- W4311989906 cites W1988014010 @default.
- W4311989906 cites W1990019638 @default.
- W4311989906 cites W1992235783 @default.
- W4311989906 cites W2010231233 @default.
- W4311989906 cites W2013215895 @default.
- W4311989906 cites W2044024335 @default.
- W4311989906 cites W2052612422 @default.
- W4311989906 cites W2055601956 @default.
- W4311989906 cites W2058733436 @default.
- W4311989906 cites W2063795026 @default.
- W4311989906 cites W2064033069 @default.
- W4311989906 cites W2075139095 @default.
- W4311989906 cites W2076945658 @default.
- W4311989906 cites W2078772647 @default.
- W4311989906 cites W2080785328 @default.
- W4311989906 cites W2083222334 @default.
- W4311989906 cites W2085881261 @default.
- W4311989906 cites W2086652512 @default.
- W4311989906 cites W2088043604 @default.
- W4311989906 cites W2094498836 @default.
- W4311989906 cites W2106121023 @default.
- W4311989906 cites W2128992457 @default.
- W4311989906 cites W2137861193 @default.
- W4311989906 cites W2170689963 @default.
- W4311989906 cites W2189103581 @default.
- W4311989906 cites W2215508082 @default.
- W4311989906 cites W2215991925 @default.
- W4311989906 cites W2282942319 @default.
- W4311989906 cites W2307402998 @default.
- W4311989906 cites W2322232911 @default.
- W4311989906 cites W2480797323 @default.
- W4311989906 cites W2549048844 @default.
- W4311989906 cites W2566795909 @default.
- W4311989906 cites W2752301747 @default.
- W4311989906 cites W2760476860 @default.
- W4311989906 cites W2918051844 @default.
- W4311989906 cites W2933266384 @default.
- W4311989906 cites W2955905253 @default.
- W4311989906 cites W2963737420 @default.
- W4311989906 cites W2982238764 @default.
- W4311989906 cites W2985900406 @default.
- W4311989906 cites W2996146227 @default.
- W4311989906 cites W3000543813 @default.
- W4311989906 cites W3006057721 @default.
- W4311989906 cites W3008291945 @default.
- W4311989906 cites W3035251890 @default.
- W4311989906 cites W3040904189 @default.
- W4311989906 cites W3042001340 @default.
- W4311989906 cites W3096486326 @default.
- W4311989906 cites W3119663013 @default.
- W4311989906 cites W3124984443 @default.
- W4311989906 cites W3127490721 @default.
- W4311989906 cites W3136590724 @default.
- W4311989906 cites W3160042976 @default.
- W4311989906 cites W3199212244 @default.
- W4311989906 cites W3202389386 @default.
- W4311989906 cites W3208083170 @default.
- W4311989906 cites W3210485365 @default.
- W4311989906 cites W3214687554 @default.
- W4311989906 cites W3215583397 @default.
- W4311989906 cites W4200349752 @default.
- W4311989906 cites W4213222004 @default.
- W4311989906 cites W4214728555 @default.
- W4311989906 cites W4220893998 @default.
- W4311989906 cites W4221056380 @default.
- W4311989906 cites W4223904115 @default.
- W4311989906 doi "https://doi.org/10.1016/j.apmate.2022.100099" @default.
- W4311989906 hasPublicationYear "2023" @default.
- W4311989906 type Work @default.
- W4311989906 citedByCount "1" @default.
- W4311989906 countsByYear W43119899062023 @default.
- W4311989906 crossrefType "journal-article" @default.
- W4311989906 hasAuthorship W4311989906A5004289942 @default.
- W4311989906 hasAuthorship W4311989906A5023767789 @default.
- W4311989906 hasAuthorship W4311989906A5075523709 @default.
- W4311989906 hasAuthorship W4311989906A5088214603 @default.
- W4311989906 hasBestOaLocation W43119899061 @default.
- W4311989906 hasConcept C112950240 @default.
- W4311989906 hasConcept C142282041 @default.
- W4311989906 hasConcept C178790620 @default.
- W4311989906 hasConcept C185592680 @default.
- W4311989906 hasConcept C191897082 @default.
- W4311989906 hasConcept C192562407 @default.